Plant Potential: Gentle Cell Sorting for Enhanced Plant Biology Workflows
Plants provide important natural medicines (many of which are yet to be discovered!) that are fundamental to our health and nutrition. While plants are multicellular, many of their research discoveries require the isolation and/or enrichment of single plant cells.
Join us at our next webinar to learn about the efficacy of the WOLF G2 for cell sorting in plant biology workflows with protoplasts, nuclei, and embryogenic microspores which regenerate into haploid plants.
Separate sessions available for your region's time zone!
Regeneration of Plant Embryogenic Microspores Enriched with the WOLF G2
Microspore culture is a methodology in plant biology used to generate double haploid (DH) plants for commercial breeding programs in many agriculturally important crops. The WOLF G2 successfully sorted three populations of Brassica napus (also known as canola) microspores, which subsequently regenerated into plants.
Efficient Cell Sorting of Microalgae for Biotechnological Innovations
Arthrospira platensis (Spirulina) has gained attention as a potential host for biologic drug development because of its high concentration of soluble proteins, which can convert into high expression of therapeutic proteins. Traditionally difficult to sort due to their irregular shape and helical form, the WOLF G2 was able to identify and separate Spirulina with varying chlorophyll levels.
The WOLF Cell Sorter is used in many application areas including genomic sample preparation, antibody discovery, cell line development, and CRISPR gene editing.
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